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  • Rotary Encoder Incremental Form E6B2-C
  • Rotary Encoder Incremental Form E6B2-C
  • Rotary Encoder Incremental Form E6B2-C
  • Rotary Encoder Incremental Form E6B2-C

Rotary Encoder Incremental Form E6B2-C E6B2-CWZ6C 600P/R 0.5M

Item.#
08586785
Mfr.#
E6B2-CWZ6C 600P/R 0.5M
Package Qty.
1PC
Ship pack of
1
189.90 SGD
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Shipped after 2016-12-12
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Item Feature
Caution
This product is manufactured in Japanese standards. Please check the specification before you order.
Output Shaft Allowable Thrust Load (N)
20
Material (case)
ABS
Material (Body)
Aluminum
Connection Method
Code drawer type
Output
Open collector output (NPN output)
Accessories
Coupling, hex wrench
Output Phase
A phase, B-phase, Z phase
Resolution Capability
600 pulses / rotation
Allowable Number of Rotations (min-1r.p.m)
Best: 6000
Impact Resistance
1000m/s^2 X, Y, Z each direction 3 times
Rise / Fall Time
1micro s or less (control output voltage 5V, load resistance 1k ohm , code length 2m)
Withstand Voltage
AC500V 50 / 60Hz 1min whole charging part and between the case
Ambient Humidity (% RH)
Use, storage: 35-85 (with no condensation)
Output Capacity
Applied voltage: DC30V following sink current: 35mA or less residual voltage: 0.4V or less (at the sink current 35mA)
Consumption Electric Current (mA)
80 during the following power-up inrush current of about 9A flows.(Time: about 0.3ms)
Maximum Ink Ejecting Frequency (kHz)
100
Output Shaft Allowable Radial Load (N)
30
Protection Structure
IEC standard IP50
Material
Shaft: SUS420J2
Moment of Inertia (kg / m2)
3 x 10^-7 below
Weight (g)
About 100
Starting Torque (mN・m[gfcm])
0.98 below
Cord Length (mm)
0.5
Classification
Incremental form
Ambient Temperature (Degree C)
When using: -10 ~ + 70 Storage: -25 to + 85 (with no icing)
Vibration Resistance
10 ~ 500Hz double amplitude 2mm or 150m/s^2 X, Y, Z each direction one sweep 11min 3 sweep
Protection Circuit
Load short-circuit protection, power reverse connection protection
Supply Voltage
DC5V-5% ~ 24V + 15% ripple (pp) 5% or less
Insulation Resistance (Mohm)
20 or more (at DC500V mega) between live parts and case
Output Phase Difference
A phase, the phase difference 90 degree +/- 45 degree of phase B (1/4 +/- 1 / 8T)